What to do if the display on my Shimaden SR1 goes out?
If the Shimaden Controller's display goes out and the instrument isn't working, inspect the power source and wiring connections. Check the wiring, and examine the product for any issues that may require repair or replacement.
Why is the PV value incorrect on my Shimaden SR1?
If the displayed PV value on your Shimaden Controller seems incorrect, first check if the set measuring range code is correct for the input signal. Also, ensure the wiring to the input terminals of the sensor is correctly connected.
How to unlock the keys on a Shimaden SR1?
If the keys on your Shimaden Controller are not working, it may be due to the keylock being enabled. Try releasing the keylock. If that doesn't solve the issue, examine the product for deterioration and consider repairing or replacing it.
What to do if ON-OFF action is too fast on Shimaden SR1 Controller?
To address the issue of overly fast ON-OFF action of the control output on your Shimaden Controller: * Change the OFF setting for P to a two-position type ON-OFF action. * Increase the hysteresis value of the ON-OFF action.
Why does the displayed PV value seem incorrect on my Shimaden SR1 Controller?
If the displayed PV value on your Shimaden Controller seems incorrect, first, check if the set measuring range code matches the input signal. Second, ensure the wiring to the input terminals of the sensor is correct.
How to fix too fast ON-OFF action of control output on Shimaden SR1?
If the control output of your Shimaden Controller's ON-OFF action is too fast: 1. Change the OFF setting for P to a two-position type ON-OFF action. 2. Increase the hysteresis value of the ON-OFF action.
What to do if a key is unable to be operated on Shimaden Controller?
If a key on your Shimaden Controller is unable to be operated: 1. Release the keylock if it is in effect. 2. Examine the product for deterioration and consider repairing or replacing it.
General| Control Method | PID |
|---|---|
| Input Type | Thermocouple, RTD, DC Voltage, DC Current |
| Output Type | Relay, SSR drive, DC voltage/current |
| Display | LED |
| Power Supply | 100 to 240 VAC, 50/60 Hz or 24 VAC/DC |
| Control Output | Relay contact, Current |
| Alarm Output | Relay contact |
| Sampling Cycle | 0.5 seconds |
| Accuracy | ±0.3% of full scale |
Covers critical warnings, cautions, and notes for safe operation and equipment protection.
Ensures correct product identification and checks for any errors or damage upon delivery.
Details on mounting the controller and using genuine replacement parts.
Specifies suitable and unsuitable environmental conditions and provides mounting dimensions.
Key safety precautions and notes for correct wiring procedures to prevent electric shock.
Details terminal layout, insulation blocks, and arrangement tables for signal connections.
Summarizes key technical specifications including display, input, control, and output characteristics.
Explains the function of indicator lamps and control keys on the front panel.
Guides on how to navigate between different screen groups and initial screens.
Details on operating Mode 0 screens, including output monitor, auto tuning, and event settings.
Describes how to set alarm action points for events based on deviation or absolute values.
Introduces Mode 1 for device maker specific settings and configurations.
Configuration for hysteresis, integral time, derivative time, and manual reset for control tuning.
Settings for target value function, output limiters, and proportional cycle time.
Setup for Event 1 type, hysteresis, and standby action modes.
Setup for Event 2 type, hysteresis, and standby action modes.
Configures Event 2 standby actions and control output characteristics like heating/cooling.
Settings for SV limiters, PV bias for input correction, and PV filter for noise reduction.
Configures input scaling, units (°C/°F), measuring range codes, and decimal point position.
Details alarm actions based on deviation from target value or absolute measured values.
Explains standby action modes and provides a code table for event output control.
Covers essential checks and settings before initial operation of the controller.
Lists available measuring range codes for various input types like thermocouples and R.T.D.
Provides procedures for maintenance, error code explanations, and troubleshooting steps.
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